justadream Full Member 10+ Year Member Joined Apr 29, 2011 Messages 2,171 Reaction score 863 Aug 25, 2014 #1 In the molecule above, the nitrogen is given the "4" position. So that implies that the oxygen is given the "1" position, correct? Members don't see this ad.
In the molecule above, the nitrogen is given the "4" position. So that implies that the oxygen is given the "1" position, correct? Members don't see this ad.
T The Brown Knight Full Member 7+ Year Member Joined Jun 3, 2014 Messages 272 Reaction score 43 Aug 25, 2014 #2 The oxygen has the "1" position The nitrogen has the "3" position The dimethylated carbon has the "4" position Upvote 0 Downvote
The oxygen has the "1" position The nitrogen has the "3" position The dimethylated carbon has the "4" position
justadream Full Member 10+ Year Member Joined Apr 29, 2011 Messages 2,171 Reaction score 863 Aug 25, 2014 #3 @TheBrownKnight What if one of the methyl groups were replaced with a heptyl group? Would that change the ordering (since the longest chain would differ)? Upvote 0 Downvote
@TheBrownKnight What if one of the methyl groups were replaced with a heptyl group? Would that change the ordering (since the longest chain would differ)?
justadream Full Member 10+ Year Member Joined Apr 29, 2011 Messages 2,171 Reaction score 863 Aug 25, 2014 #4 Also, in DNA/RNA, why does the naming start from the carbon (not from the oxygen like in this molecule)? Upvote 0 Downvote
Also, in DNA/RNA, why does the naming start from the carbon (not from the oxygen like in this molecule)?